F5F Stay Refreshed Power Users Overclocking Need assistance with the Asus B350 ROG Strix F Gaming?

Need assistance with the Asus B350 ROG Strix F Gaming?

Need assistance with the Asus B350 ROG Strix F Gaming?

Pages (2): 1 2 Next
T
TeamTwisted
Junior Member
17
02-17-2017, 06:29 AM
#1
I received the board with the title. I’m not sure how to increase my CPU or APU performance since I only have the stock 1.45V voltage and no option to change the OC voltage. My CPU is running at 1.45V, and there’s no way to lower it further. I used Rayzen Master but it doesn’t work well. I need to overclock from BIOS to get better performance on my ASUS ROG Strix B350 gaming laptop. Any guidance or guides would be really helpful.
T
TeamTwisted
02-17-2017, 06:29 AM #1

I received the board with the title. I’m not sure how to increase my CPU or APU performance since I only have the stock 1.45V voltage and no option to change the OC voltage. My CPU is running at 1.45V, and there’s no way to lower it further. I used Rayzen Master but it doesn’t work well. I need to overclock from BIOS to get better performance on my ASUS ROG Strix B350 gaming laptop. Any guidance or guides would be really helpful.

M
mineuout482
Posting Freak
812
02-21-2017, 02:51 AM
#2
1.45v is significantly high. Begin by boosting the memory speed to 3000-3200MHz with CL 12-14 (lower settings are preferable). You may need to raise the SOC voltage, but keep it below 1.15v. After reaching that point, try overclocking the cores by adjusting the multiplier at stock voltage until instability appears. Add a small amount of voltage and keep going until you hit one of these goals:
1. Your desired speed
2. 1.4v
3. Temperature limit.
These steps are for continuous overclocking that will increase performance, maintain stability, and avoid shortening the lifespan of your MB or CPU. If you're using an integrated GPU, focus on overclocking between memory and cores. Be sure to conduct extensive tests on RAM, graphics, and CPU. The process could take some time—maybe a few hours...
M
mineuout482
02-21-2017, 02:51 AM #2

1.45v is significantly high. Begin by boosting the memory speed to 3000-3200MHz with CL 12-14 (lower settings are preferable). You may need to raise the SOC voltage, but keep it below 1.15v. After reaching that point, try overclocking the cores by adjusting the multiplier at stock voltage until instability appears. Add a small amount of voltage and keep going until you hit one of these goals:
1. Your desired speed
2. 1.4v
3. Temperature limit.
These steps are for continuous overclocking that will increase performance, maintain stability, and avoid shortening the lifespan of your MB or CPU. If you're using an integrated GPU, focus on overclocking between memory and cores. Be sure to conduct extensive tests on RAM, graphics, and CPU. The process could take some time—maybe a few hours...

S
Sand_Block
Junior Member
14
02-21-2017, 07:25 AM
#3
1.45v is significantly high. Begin by boosting the memory speed to 3000-3200MHz with CL 12-14 (lower settings are preferable). You may need to raise the SOC voltage, but keep it below 1.15v. After reaching that point, try increasing the core multiplier using the stock voltage until you encounter one of these outcomes:
1. Your desired speed
2. 1.4v
3. Temperature threshold
These steps are part of continuous overclocking that can enhance performance while maintaining stability and avoiding damage to the system (either CPU or memory). If you're using an integrated GPU, adjust it between the memory and cores. It's important to conduct extensive testing for RAM, graphics, and CPU. The process could take several hours to a few days.
S
Sand_Block
02-21-2017, 07:25 AM #3

1.45v is significantly high. Begin by boosting the memory speed to 3000-3200MHz with CL 12-14 (lower settings are preferable). You may need to raise the SOC voltage, but keep it below 1.15v. After reaching that point, try increasing the core multiplier using the stock voltage until you encounter one of these outcomes:
1. Your desired speed
2. 1.4v
3. Temperature threshold
These steps are part of continuous overclocking that can enhance performance while maintaining stability and avoiding damage to the system (either CPU or memory). If you're using an integrated GPU, adjust it between the memory and cores. It's important to conduct extensive testing for RAM, graphics, and CPU. The process could take several hours to a few days.

G
Gizzyjam12
Member
169
02-24-2017, 12:46 PM
#4
Sure, I'll provide the screenshots of bios and explain everything once I'm back. Don't run away from the post.
G
Gizzyjam12
02-24-2017, 12:46 PM #4

Sure, I'll provide the screenshots of bios and explain everything once I'm back. Don't run away from the post.

_
_iTsJason_
Junior Member
14
02-25-2017, 05:08 PM
#5
1.45v is quite high. Begin by overclocking the memory to 3000-3200MHz with CL 12-14 (lower settings are preferable). You might need to raise the SOC voltage, but keep it below 1.15v. Once that's achieved, try increasing the core multiplier using the stock voltage until instability appears. Add a small amount of voltage and keep going until you hit one of these goals:
1. Your target speed
2. 1.4v
3. Temperature limit.
These steps are for continuous overclocking that will improve performance, maintain stability, and avoid shortening lifespan (MB or CPU). If you're using an integrated GPU, overclock it between the memory and cores. Be sure to conduct extensive tests on RAM, graphics, and CPU. The process could take several hours to a few days. I managed to lower the CPU voltage to 1.3 and it’s unusual you still need to set it manually then turn it off to 0.12500 and back up to 1.3v... For the APU, I enabled Turbo Mode Extreme and it reached 1500 MHz from the stock 1240… It’s very stable. Regarding RAM, it isn’t on the QVL list, so it can only run at 2733 unless a BIOS update is applied. So far everything is working well. Thanks a lot 😀
_
_iTsJason_
02-25-2017, 05:08 PM #5

1.45v is quite high. Begin by overclocking the memory to 3000-3200MHz with CL 12-14 (lower settings are preferable). You might need to raise the SOC voltage, but keep it below 1.15v. Once that's achieved, try increasing the core multiplier using the stock voltage until instability appears. Add a small amount of voltage and keep going until you hit one of these goals:
1. Your target speed
2. 1.4v
3. Temperature limit.
These steps are for continuous overclocking that will improve performance, maintain stability, and avoid shortening lifespan (MB or CPU). If you're using an integrated GPU, overclock it between the memory and cores. Be sure to conduct extensive tests on RAM, graphics, and CPU. The process could take several hours to a few days. I managed to lower the CPU voltage to 1.3 and it’s unusual you still need to set it manually then turn it off to 0.12500 and back up to 1.3v... For the APU, I enabled Turbo Mode Extreme and it reached 1500 MHz from the stock 1240… It’s very stable. Regarding RAM, it isn’t on the QVL list, so it can only run at 2733 unless a BIOS update is applied. So far everything is working well. Thanks a lot 😀

X
Xo_PVP_Girl_oX
Senior Member
500
02-25-2017, 05:33 PM
#6
make sure the GPU voltage stays below 1.2v
for QVL it doesn't matter much
just enter whatever settings are on the sticks directly in BIOS
you'll notice a significant increase in performance since the GPU won't be lacking data.
X
Xo_PVP_Girl_oX
02-25-2017, 05:33 PM #6

make sure the GPU voltage stays below 1.2v
for QVL it doesn't matter much
just enter whatever settings are on the sticks directly in BIOS
you'll notice a significant increase in performance since the GPU won't be lacking data.

X
Xindis_
Member
249
02-26-2017, 02:02 AM
#7
note that the GPU voltage should stay below 1.2v. For QVL it doesn't matter much, just manually enter whatever is on the sticks in BIOS. you'll notice a significant boost since the GPU won't be lacking data. It's currently at 1.1v on the GPU voltage. Regarding RAM, it's stable at 2733 with 1.35 volts for 24 hours. If you manually set it higher, the PC will restart automatically.
X
Xindis_
02-26-2017, 02:02 AM #7

note that the GPU voltage should stay below 1.2v. For QVL it doesn't matter much, just manually enter whatever is on the sticks in BIOS. you'll notice a significant boost since the GPU won't be lacking data. It's currently at 1.1v on the GPU voltage. Regarding RAM, it's stable at 2733 with 1.35 volts for 24 hours. If you manually set it higher, the PC will restart automatically.

X
xStriKed
Member
212
02-26-2017, 09:49 AM
#8
What RAM do you have? I mean the specific model.
X
xStriKed
02-26-2017, 09:49 AM #8

What RAM do you have? I mean the specific model.

K
kevlight678
Junior Member
47
02-27-2017, 03:56 PM
#9
What RAM do you have? Specifically, the exact model.
K
kevlight678
02-27-2017, 03:56 PM #9

What RAM do you have? Specifically, the exact model.

A
awesomer121
Junior Member
12
02-27-2017, 10:58 PM
#10
that's unusual. unless your specific set comes with hynix components (corsair offers both hynix and samsung memory chips).
still, with the newest BIOS you should be able to reach at least 2933-3000MHz.
A
awesomer121
02-27-2017, 10:58 PM #10

that's unusual. unless your specific set comes with hynix components (corsair offers both hynix and samsung memory chips).
still, with the newest BIOS you should be able to reach at least 2933-3000MHz.

Pages (2): 1 2 Next